Durable 304 Stainless Steel Design Precision Surgical Electrode Knife

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Product Description

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Basic Information

Model NO.
3.5*225
Feature
Disposable
Certification
ISO13485, ISO 9001
Group
Adult
Appearance
Electropolishing Passivation
Processing
CNC Milling
Secondary Processing
Sandblasting Scale
Transport Package
Vacuum Packaging; Cardboard Box
HS Code
7301200000
Production Capacity
500,000
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Product Description

Durable 304 Stainless Steel Design Precision Surgical Electrode Knife
The Durable 304 Stainless Steel Precision Surgical Electrode Knife is a high-performance electrosurgical instrument engineered for long-lasting reliability and exacting surgical control. Its primary structural components are crafted from medical-grade 304 stainless steel, providing excellent corrosion resistance, mechanical strength, and compatibility with rigorous sterilization protocols.
Precision Surgical Electrode Knife
Product Processing:
Manufacturing begins with precision CNC machining of 304 stainless steel to form the instrument's handle, shaft, and internal channels. The active electrode tip, often made from specialized alloys like tungsten for superior electrical and thermal properties, is attached via laser welding. The assembly undergoes multi-stage electropolishing for a smooth surface. Critical electrical insulation is applied, followed by passivation and rigorous safety testing including dielectric strength and leakage current tests.
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Technical Parameters

Product NameDurable 304 Stainless Steel Design Precision Surgical Electrode Knife
MaterialMedical Grade 304 Stainless Steel
Electrode TypeMonopolar or Bipolar configurations
Blade DesignsNeedle, blade, loop, ball, or spatula tips (customizable)
InsulationHigh-temperature ceramic or polymer insulation
Length180mm - 250mm (custom lengths available)
Surface FinishMirror polished & Passivated
SterilizationAutoclavable up to 135°C or single-use options
Electrical SpecsCompatible with RF generators (300kHz - 3MHz)
Quality StandardsISO 13485, IEC 60601-2-2 compliant
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Product Applications

  • General & Laparoscopic Surgery: For precise dissection and hemostasis in abdominal, pelvic, and thoracic procedures.
  • Dermatologic Surgery: Excision of skin lesions, moles, and cosmetic procedures.
  • ENT & Head/Neck Surgery: Tonsillectomy, sinus surgery, and oropharyngeal procedures.
  • Gynecological Surgery: Cervical procedures and laparoscopic surgeries.
  • Plastic & Reconstructive Surgery: Fine dissection and tissue flap development.

Manufacturing & Quality

Equipped with ISO 9001:2015 and ISO 13485:2016 certifications, the production focuses on high-precision non-standard metal medical device parts. Utilizing high-precision engraving lathes, CNC centering machines, and precision laser cutting, we ensure secondary processing of stainless steel capillary tubes meets the strictest medical industry standards. Our philosophy centers on quality-oriented operations and craftsmanship to deliver excellent value.
Precision Equipment
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Certifications

Medical Device Certifications

Frequently Asked Questions

What materials are used for the surgical electrode knife?
The instrument is primarily crafted from medical-grade 304 stainless steel, often featuring specialized alloy tips like tungsten for superior thermal performance.
Is the electrode knife reusable or disposable?
Both options are available. We offer reusable models that are autoclavable up to 135°C, as well as single-use sterile options.
Can the tip designs be customized for specific procedures?
Yes, we provide customizable blade designs including needle, loop, ball, or spatula tips to meet various surgical requirements.
Which quality standards do these products comply with?
Our products are manufactured in compliance with ISO 13485 and IEC 60601-2-2 standards to ensure medical safety and reliability.
What is the compatible frequency for these electrode knives?
They are designed to be compatible with most standard RF electrosurgical generators operating within the 300kHz to 3MHz range.
What are the main advantages of your 304 stainless steel design?
Key advantages include long-lasting construction, consistent electrical performance, reduced tissue sticking through mirror polishing, and high resistance to fatigue.

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